A real island-mode energy asset delivering contracted capacity blocks and metered powered space—built for uptime, predictable pricing, and operational clarity.
The facility generates power on-site and distributes it through a central medium-voltage switchgear lineup to defined load zones. This reduces dependence on the public grid and makes delivered capacity predictable—critical for long-duration compute workloads.
For operational credibility and reliability, capacity is presented as bankable planning zones: a baseline block (Load A) can run efficiently at steady state, while a separate block (Load B) is designed for higher-density, SLA-aligned deployments. Open pads indicate reserve and expansion without overbuild.
Config: 13.8 kV · 60 Hz · OFF-GRID · 22.41 MVA @ PF~0.80
Choose the operating model that matches your deployment: tenant colocation, customer-owned pads, or dedicated hosting.
Infrastructure-first delivery: measurable capacity, metered energy, and operational control—built for long-duration compute.
Off-grid operation reduces dependency on public grid dynamics and enables controlled delivery planning.
Transparent metering supports reliable invoicing and operational reporting cadence for stakeholders.
Capacity scales via standard pods, blocks, and pad allocations—without redesigning the site each phase.
Defined access, acceptance, and maintenance windows protect stability and availability.
A practical path from baseline air cooling to high-density liquid deployments based on workload.
Clear access procedures and optional remote hands enable predictable operations across tenants.
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A straightforward model built for predictable delivery: reserve capacity, meter energy, operate under clear standards.
Capacity is contracted as kW/MW blocks aligned to your deployment phases.
Energy is delivered and billed via metering, providing transparent reporting.
Deployment and access follow defined site rules to protect stability.
A controlled disclosure process. We share the right documents once access is approved.
Connection standards, acceptance checklist, and commissioning sequence.
Pod / Block / Campus tiers, rollout sequencing, and reservation model.
Metering structure, invoicing cadence, and transparency reporting format.
Access procedures, safety policy, and multi-tenant operating windows.
Direct gas-to-compute conversion active. Zero curtailment. Autonomous load balancing engaged.
Straight answers to the questions that matter for deployment planning, procurement, and operations.
Capacity is reserved as defined kW/MW blocks aligned to your rollout phases. This keeps planning auditable and avoids “best effort” delivery ambiguity.
Energy delivery is metered and reported on a consistent cadence. Billing is based on measured kWh with contract-defined reporting and invoicing terms.
We support a practical path from baseline air deployments to liquid-ready designs based on workload requirements and agreed standards.
Onboarding follows a defined acceptance and commissioning sequence: site standards review, interconnect checks, safety validation, then energization and steady-state operations.
Operational commitments are defined per product and deployment architecture. We focus on measurable capacity, clear governance, and predictable operating windows.
Expansion is designed to be modular: additional capacity blocks and pads can be added as your deployment grows, aligned to phased commissioning.
Tell us what you’re deploying. We’ll share availability, standards, and commercial structure through a controlled access process.